Cloud-based lightweight secure RFID mutual authentication protocol in IoT

• Published in: Information sciences Vol. 527; pp. 329 - 340
• Main Authors: Fan, Kai, Luo, Qi, Zhang, Kuan, Yang, Yintang
• Format: Journal Article
• Language: English
• Published: Elsevier Inc 01.07.2020
• Subjects: Internet of things; Lightweight; Mutual authentication; RFID; Security and privacy; Internet of things; Mutual authentication; RFID; Security and privacy; Lightweight
• ISSN: 0020-0255; 1872-6291
• DOI: 10.1016/j.ins.2019.08.006

•This paper puts forward an efficient and reliable cloud-based RFID authentication scheme. In order to reduce the RFID tag's overhead, the proposed authentication scheme explores the rotation and enhanced permutation to encrypt data. The proposed protocol not only resists the above common attacks and protects the privacy of the tag, but also adds the cloud server to the RFID system. Performance simulation shows that permutation and rotation are efficient. Security analysis shows that our protocol can resist various attacks, such as tracking, replay, and desynchronization attack. Mutual authentication and backward security are also achieved. Finally, we apply BAN logic to prove the security of the protocol. Radio Frequency Identification (RFID) is a supporting technology for the Internet of things (IoT). RFID enables all physical devices to be connected to IoT. When RFID is widely used and developing rapidly, its security and privacy issues cannot be ignored. The wireless broadcast channel between the tag and the reader may be subject to many security attacks, such as interception, modification, and replay. Messages from unverified tags or readers are also untrustworthy. A secure and stable RFID authentication scheme is critical to IoT. This paper puts forward an efficient and reliable cloud-based RFID authentication scheme. In order to reduce the RFID tag's overhead, the proposed authentication scheme explores the rotation and enhanced permutation to encrypt data. The proposed protocol not only resists the above common attacks and protects the privacy of the tag, but also adds the cloud server to the RFID system. Performance simulation shows that permutation and rotation are efficient. Security analysis shows that our protocol can resist various attacks, such as tracking, replay, and desynchronization attack. Mutual authentication and backward security are also achieved. Finally, we apply BAN logic to prove the security of the protocol.